Secure Internet-of-Things Governance for Smart Community Infrastructure

Ethan R. Mitchell

Secure Internet-of-Things Governance for Smart Community Infrastructure

Author(s)	Dr. Ethan R. Mitchell
Country	United States
Abstract	Internet-of-Things technologies are increasingly embedded in community infrastructure supporting transportation, water distribution, environmental monitoring, public lighting, waste management, building operations, emergency services, and other digitally coordinated public functions. The resulting connectivity can improve service efficiency and responsiveness, but it also creates cyber-physical dependencies in which compromised devices, insecure software, weak authentication, obsolete components, poorly governed vendors, or inadequate incident-response processes can affect both digital systems and physical community services. This study develops a secure Internet-of-Things governance framework for smart community infrastructure by integrating device-level cybersecurity, organizational governance, supply-chain oversight, privacy protection, lifecycle management, resilience, and accountability. The framework is grounded in NIST Cybersecurity Framework 2.0, the NIST IoT cybersecurity baseline, the updated NIST foundational activities for IoT product manufacturers, ISO/IEC 27400:2022, ETSI EN 303 645 V3.1.3, and smart-community cybersecurity guidance. NIST CSF 2.0 explicitly integrates governance, supply-chain risk, asset management, protection, monitoring, incident response, and recovery into enterprise cybersecurity management. Because no real municipal dataset was supplied, the empirical component is presented transparently as a simulation involving 240 hypothetical smart-community IoT environments divided across four governance-maturity tiers. The simulation shows mean cyber-risk exposure declining from 69.7% under ad hoc governance to 27.6% under adaptive governance, with a simulated correlation of r = −0.891 between governance maturity and exposure. Simultaneously, service-resilience and accountability indicators increase. The findings suggest that secure smart-community infrastructure requires governance that extends beyond device hardening to procurement, vendor assurance, software maintenance, data governance, interoperability, accountability, incident readiness, and end-of-life management. The study offers a decision-oriented model that municipalities and community institutions can empirically validate in future deployments.
Keywords	Internet of Things; IoT governance; smart communities; smart infrastructure; cybersecurity governance; cyber-physical systems; community resilience; IoT security; cybersecurity risk management
Field	Engineering
Published In	Volume 3, Issue 3, May-June 2022
Published On	2022-06-24

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American Journal of Advanced Multidisciplinary Innovation and Research

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Secure Internet-of-Things Governance for Smart Community Infrastructure

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